Ketones
3D-printed composite wind blades and aircraft, closer than you think
Orbital Composites’ patented coaxial extrusion process is investigated at Airbus subsidiary CTC GmbH Stade and spins off advances in speed, scale, materials and multifunctionality as it aims for very large structures.
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Overmolding as enabler for composites, aerospace to automotive
CCP Gransden can make 50 to 100,000 parts/yr economically viable using PEEK, PPS, PEI or PA.
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CAMX 2017: Highlights from the floor
3D printing and nanotechnology developments promise to cut time and cost in composite structures production while recycling and sustainability continue to grow in importance.
Read MoreHexcel acquires Oxford Performance Materials
Hexcel (Stamford, CT, US) announced December 8, 2017 that it has entered into a definitive agreement to acquire the aerospace and defense (A&D) business of Oxford Performance Materials.
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Victrex opens new Polymer Innovation Center
Proactive investment in the development of next-generation thermoplastic solutions has now resulted in the completion of the company´s new approximately $13 million (£10 million) Polymer Innovation Center.
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Rotomolded cores: New options for sandwich composites
Permanent or removable, these hollow thermoplastic cores broaden industry offerings.
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CAMX 2017 exhibit preview
ACMA and SAMPE’s fourth CAMX will be the largest composites trade show in the composites industry’s largest market. Held in Orlando, FL, this year, it promises an even more robust exhibition and conference program.
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CAMX 2017 preview: Michelman
Michelman (Cincinnati, OH, US), a developer and manufacturer of fiber sizing and resin modifiers, is featuring new fiber sizing formulations, including solutions suitable for use with glass, carbon and other structural fibers.
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Preforming goes industrial: Part 2
Automated preforming isn’t only for 2D and 2.5D parts. Innovators are taking successful aim at building 3D preforms at production speeds.
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Arevo composite additive manufacturing: the future of AFP?
Its multi-axis, continuous fiber technology eliminates tooling, matches strength of titanium parts at 1/3 the weight and cuts part cost vs. hand layup/autoclave cure by a factor of 5.
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